Overview
YUE FENG FP6428 Flame photometer is a compact, exquisite and beautiful analytical instrument. It uses liquefied petroleum gas as fuel and is easy to use. The instrument can detect potassium and sodium at the same time, and has the detection functions of lithium and calcium. It has the characteristics of small sample volume and high Sensitivity.
Features
1. Appearance Small, exquisite and beautiful
2. Dual-channel LED digital display, 4-digit digital display per channel, clear reading
3. Unique ignition gas path, push-button automatic ignition, fast and reliable ignition
4. Potassium and sodium can be detected simultaneously, with the detection function of lithium calcium
5. Silicon Photocell, photovoltaic cell detection, accurate and stable measurement results
6. Small Sample Size, High Sensitivity
7. Using liquefied petroleum gas as fuel, easy to use
8. With flameout protection function, safe and reliable performance
Principle
Flame photometer based on atomic emission spectroscopy (AES) principle, the sample in the flame atomization and excitation, the resulting characteristic Light spectrum by silicon Photocell, photovoltaic cell detection, quantitative analysis according to the relationship between light intensity and element concentration.
Applications
Chemical analysis, environment monitoring, food testing, medical inspection, water quality analysis
Standards
The product information does not mention relevant compliance standards
Steps
1. Prepare samples and instruments
2. Turn on the gas source and check the gas path
3. Press the automatic ignition button to ignite
Step 4 Wait for the flame to stabilize
5. Introduce the sample into the flame
6. Read the measurement results on the display
7. Turn off the gas after completing the test
Notice
• Check whether the gas connection is firm before use
Make sure the working environment is well ventilated
• Pay attention to safety protection when igniting
• Regularly clean and maintain instruments
• Use strictly in accordance with the operating procedures
• Pay attention to the working status of the flameout protection function
